AI技术助力基础设施预测性维护 提前数周预警故障

AI技术助力基础设施预测性维护 提前数周预警故障
分类科技
事件时间2026-09-11 09:00
地点全球
来源CP
发布时间2026/09/11 09:00

详情描述

2026年9月11日,Bentley Systems应用AI科学家Vahid Abdollahi表示,AI分析技术正推动基础设施维护从被动维修向主动预测转型。 传统监测手段通常在测量数据超过固定阈值后才发出警报,而AI系统通过分析多传感器数据,能够识别异常模式,从而提前4至6周预警潜在的危险状况。 该技术流程首先对传感器数据进行筛选,剔除故障、漂移或异常读数,随后利用季节性趋势分解等技术,将正常的季节性行为与可能暗示结构问题的异常变化区分开来。通过分析不同传感器之间的关联,AI能够辨别设备故障与真实事件。例如,系统可通过监测降雨量、地面压力及位移的变化,在发生显著位移前识别出内部侵蚀等潜在问题。 Vahid Abdollahi指出,AI旨在辅助而非取代工程师。系统通过特征重要性分析展示模型识别风险的依据,并利用生成式AI将复杂的传感器数据转化为清晰的优先级建议。目前,Bentley Systems的iTwin IoT平台已整合上述功能,以提升基础设施的安全性和维护效率。
📋 简要摘要 ▸
Bentley Systems应用AI科学家Vahid Abdollahi指出,AI分析技术正帮助工程师从被动维修转向主动预测。通过多传感器数据分析,AI可提前4至6周预警潜在故障,并提供优先级建议,显著提升基础设施的安全性和维护效率。
📋 完整原文 ▸
[来源: CP] [分类提示: NEWS] 标题: AI Could Predict Infrastructure Failures Weeks in Advance AI-powered analytics are helping infrastructure engineers move from reacting to failures toward predicting problems before they become emergencies, according to Vahid Abdollahi, an Applied AI Scientist at Bentley Systems. Traditional monitoring often alerts operators only after a measurement crosses a fixed threshold. AI, however, can analyze data from multiple sensors to identify unusual patterns and potentially provide four to six weeks of advance warning of dangerous conditions. The process begins with reliable sensor data. AI systems must first identify faulty, drifting, or abnormal readings before analyzing genuine structural changes. Techniques such as Seasonal-Trend Decomposition can then separate normal seasonal behavior from unexplained changes that may indicate structural problems. By analyzing relationships between sensors, AI can also distinguish equipment faults from real events. For example, changes in rainfall, ground pressure, and movement can reveal potential problems such as internal erosion before significant movement occurs. Vahid Abdollahi, Applied AI Scientist, Bentley Systems Abdollahi emphasizes that AI is designed to support engineers, not replace them. Feature-importance analysis can show why a model has identified a risk, while generative AI can turn complex sensor data into clear, prioritized recommendations for engineers. Bentley Systems’ iTwin IoT brings these capabilities togethe